Tobacco processing method of tobacco product for low temperature baking

ABSTRACT

The present invention relates to a tobacco processing method of a tobacco product for low temperature baking. The method includes mixing and processing tobacco and a metal high-thermal conductor into a finished product with a fixed shape for use in low temperature baking of the tobacco. The method uses high thermal conductivity and plasticity of metal for improving a use effect during low temperature baking and use of the tobacco to be the same as a use effect of traditional combustion. Moreover, carrying, loading and use are very convenient. When the tobacco and the metal high-thermal conductor are mixed and processed, an addition ratio of the tobacco to the metal high-thermal conductor can be controlled without changing the shape and the volume of a processed finished product to precisely control the use amount of the tobacco, thereby facilitating the control of smoking and scientific smoking cessation.

CROSS-REFERENCE TO RELATED APPLICATIONS

This application is a continuation of International Patent Application No. PCT/CN2016/088045 with a filing date of Jun. 30, 2016, designating the United States, now pending, and further claims priority to Chinese Patent Application No. 201510380621.1 with a filing date of Jul. 2, 2015. The content of the aforementioned applications, including any intervening amendments thereto, are incorporated herein by reference.

TECHNICAL FIELD

The present invention belongs to the field of electronic cigarettes, and particularly relates to a tobacco processing method of a tobacco product for low temperature baking.

BACKGROUND OF THE PRESENT INVENTION

It is well known that a large number of harmful substances are generated when a tobacco product is used in traditional combustion during tobacco combustion. To reduce the harmful substances brought by such combustion, a method of the tobacco for low temperature baking occurs. However, an existing method of the tobacco for low temperature baking cannot obtain a use effect of traditional combustion because of low temperature, and is not widely applied for reasons of inconvenient carrying and tobacco filling, troublesome cleaning of baked residues after use, etc.

SUMMARY OF PRESENT INVENTION

The existing method of the tobacco for low temperature, baking cannot obtain a use effect of traditional combustion because of low temperature, and is not widely applied for reasons of inconvenient carrying and tobacco filling, troublesome cleaning of baked residues after use, etc.

To solve the above problems, tobacco and a metal high-thermal conductor are mixed together and processed into a product with a fixed shape in the present invention for use in low temperature baking of the tobacco.

Compared with the prior art, the present invention has beneficial effects that: the tobacco and the metal high-thermal conductor are mixed together and processed; the mixed tobacco needing low temperature baking is fully heated rapidly to a required temperature by means of the rapid thermal conductivity of the metal high-thermal conductor, thereby avoiding use trouble of low temperature, baking due to large temperature difference of to-be-baked tobacco during low temperature baking and poor use effect; and the effects are that the baking area of the tobacco at effective temperature is maximized, and the use effect of low temperature baking is improved to be the same as the use effect of traditional combustion. The tobacco and the metal high-thermal conductor are mixed together and processed into a finished product with a fixed shape; plasticity of the metal is used to ensure that the processed finished product has the fixed shape, so that the tobacco and the metal high-thermal conductor are directly mixed together and processed into a finished product with a fixed shape, taken out and loaded in a baking container for direct use during baking and use of the tobacco; carrying, loading and use are very convenient; and moreover, the shape of the metal high-thermal conductor after low temperature baking is not changed, so that baked residues and the metal high-thermal conductor are fully and directly taken out or poured out of the baking container together very conveniently, thereby avoiding the trouble of cleaning the baked residues after use. When the tobacco and the metal high-thermal conductor are mixed and processed, an addition ratio of the tobacco to the metal high-thermal conductor can be controlled without changing the shape and the volume of the processed finished product to precisely control the use amount of the tobacco, thereby facilitating the control of smoking and scientific smoking cessation. The tobacco and the metal high-thermal conductor are mixed together and processed into a finished product with a fixed shape, and the metal high-thermal conductor is made into a porous state so as to absorb and store liquid such as tar produced during baking of the tobacco; and the metal high-thermal conductor can be replaced with a substance which can absorb or dilute harmful substances generated during baking of the tobacco so as to minimize the harmful substances generated during baking and use of the tobacco.

DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS

Detailed description: the tobacco and the metal high-thermal conductor are mixed together and processed into a finished product with a fixed shape for use during low temperature baking of the tobacco. The tobacco and the metal high-thermal conductor are mixed together and processed as follows: the mixed tobacco needing low temperature baking is fully heated rapidly to a required temperature by means of the rapid thermal conductivity of the metal high-thermal conductor, thereby avoiding the use trouble of low temperature baking due to large temperature difference of to-be-baked tobacco during low temperature baking and poor use effect; and the effects are that the baking area of the tobacco at effective temperature is maximized, and the use effect of low temperature baking is improved to be the same as the use effect of traditional combustion. A mixing mode may be as follows: the tobacco and the metal high-thermal conductor are firstly processed into chips, then mixed together and next processed into a fixed shape; or a layer of tobacco and a layer of metal high-thermal conductor are alternately stacked and then processed into a fixed shape; or the tobacco and the metal high-thermal conductor are mixed, in other modes, for the purpose of rapidly keeping a consistent integral temperature for mixing and processing the tobacco and the metal high-thermal conductor into a finished product with a fixed shape by means of the rapid thermal conductivity of the metal high-thermal conductor. The tobacco and the metal high-thermal conductor are mixed together and processed into the finished product with the fixed shape for the purpose of using plasticity of the metal to ensure that the processed finished product has the fixed shape, so that the tobacco and the metal high-thermal conductor are directly mixed together and processed into a finished product with a fixed shape, taken out and loaded in a baking container for direct use during baking and use of the tobacco; carrying, loading and use are very convenient; and moreover, the shape of the metal high-thermal conductor after low temperature baking is not changed, so that baked residues and the metal high-thermal conductor are fully, and directly taken out or poured out of the baking container together very conveniently, thereby avoiding the trouble of cleaning the baked residues after use. When the tobacco and the metal high-thermal conductor are mixed and processed, an addition ratio of the tobacco to the metal high-thermal conductor can be controlled without changing the shape and the volume of the processed finished product to precisely control the use amount of the tobacco, thereby facilitating the control of smoking and scientific smoking cessation. The tobacco and the metal high-thermal conductor are mixed together and processed into a finished product with a fixed shape, and, the metal high-thermal conductor is made into a porous state so as to absorb and store liquid such as tar produced during baking of the tobacco; and the metal high-thermal conductor can be replaced with a substance which can absorb or dilute harmful substances generated during baking of the tobacco so as to minimize the harmful substances generated during baking and use of the tobacco.

Detailed description: the tobacco and the metal high-thermal conductor are mixed together and processed into a finished product with a fixed shape for use during low temperature baking of the tobacco. The tobacco and the metal high-thermal conductor are mixed together and processed as follows: the mixed tobacco needing low temperature baking is fully heated rapidly to a required temperature by means of the rapid thermal conductivity of the metal high-thermal conductor, thereby avoiding the use trouble of ow temperature baking due to large temperature difference of to-be-baked tobacco during low temperature baking and poor use effect; and the effects are that the baking area of the tobacco at effective temperature is maximized, and the use effect of low temperature baking is improved to be the same as the use effect of traditional combustion. A mixing mode may be as follows: the tobacco and the metal high-thermal conductor are firstly processed into chips, then mixed together and next processed into a fixed shape; or a layer of tobacco and a layer of metal high-thermal conductor are alternately stacked and then processed into a fixed shape; or the tobacco and the metal high-thermal conductor are mixed in other modes, for the purpose of rapidly keeping a consistent integral temperature for mixing and processing the tobacco and the metal high-thermal conductor into a finished product with a fixed shape by means of the rapid thermal conductivity of the metal high-thermal conductor. The tobacco and the metal high-thermal conductor are mixed together and processed into the finished product with the fixed shape for the purpose of using plasticity of the metal to ensure that the processed finished product has the fixed shape, so that the tobacco and the metal high-thermal conductor are directly mixed together and processed into a finished product with a fixed shape, taken out and loaded in a baking container for direct use during baking and use of the tobacco; carrying, loading and use are very convenient; and moreover, the shape of the metal high-thermal conductor after low temperature baking is not changed, so that baked residues and the metal high-thermal conductor are fully and directly taken out or poured out of the baking container together very conveniently, thereby avoiding the trouble of cleaning the baked residues after use. When the tobacco and the metal high-thermal conductor are mixed and processed, an addition ratio of the tobacco to the metal high-thermal conductor can be controlled without changing the shape and the volume of the processed finished product to precisely control the use amount of the tobacco, thereby facilitating the control of smoking and scientific smoking cessation. The tobacco and the metal high-thermal conductor are mixed together and processed into a finished product with a fixed shape, and the metal high-thermal conductor is made into a porous state so as to absorb and store liquid such as tar produced during baking of the tobacco; and the metal high-thermal conductor can be replaced with a substance which can absorb, or dilute harmful substances generated during baking of the tobacco so as to minimize the harmful substances generated during baking and use of the tobacco.

It should be noted that the above contents only enumerate the optimal embodiment of the present invention. Parts which are not described in detail shall be understood to be implemented with a general mode of the technical field. Meanwhile, for those ordinary skilled in the art, equivalent transformations and modifications made to the present invention without departing from the spirit and scope of the present invention shall fall within a protection scope of claims of the present invention.

The present invention indicates that the tobacco and the metal high-thermal conductor are mixed together and processed into a finished product with a fixed shape for use during low temperature baking of the tobacco. The mixing mode may be as follows: the tobacco and the metal high-thermal conductor are firstly processed into chips, then mixed together and next processed into a fixed shape: or a layer of tobacco and a layer of metal high-thermal conductor are alternately stacked and then processed into a fixed shape; or the tobacco and the metal high-thermal conductor are mixed in other modes. The tobacco and the metal high-thermal conductor are mixed together and processed into a finished product with a fixed shape, and the metal high-thermal conductor is made into a porous state so as to absorb and store liquid such as tar produced during baking of the tobacco; and the metal high-thermal conductor can be replaced with a substance which can absorb or dilute harmful substances generated during baking of the tobacco so as to minimize the harmful substances generated during baking and use of the tobacco. 

We claim:
 1. A tobacco processing method of a tobacco product for low temperature baking, comprising: mixing and processing tobacco end a metal high-thermal conductor into a finished product with a fixed shape.
 2. The finished product with the fixed shape obtained by mixing and processing the tobacco and the metal high-thermal conductor according to claim 1, wherein a mixing mode for mixing the tobacco and the metal high-thermal conductor is as follows: the tobacco and the metal high-thermal conductor are firstly processed into chips, then mixed together and next processed into a fixed shape; or a layer of tobacco and a layer of metal high-thermal conductor are alternately stacked and then processed into a fixed shape; or the tobacco and the metal high-thermal conductor are mixed in other modes, for the purpose of rapidly keeping a consistent integral temperature for mixing and processing the tobacco and the metal high-thermal conductor into the finished product with the fixed shape by means of the rapid thermal conductivity of the metal high-thermal conductor.
 3. The finished product with the fixed shape obtained by mixing and processing the tobacco and the metal high-thermal conductor according to claim 1, wherein the tobacco and the metal high-thermal conductor are mixed together and processed into the finished product with the fixed shape for the purpose of using plasticity of the metal to ensure that the processed finished product has the fixed shape, so that the tobacco and the metal high-thermal conductor are directly mixed together and processed into the finished product with the fixed shape, taken out and loaded in a baking container for direct use during baking and use of the tobacco; carrying, loading and use are very convenient; and moreover, the shape of the metal high-thermal conductor after low temperature baking is not changed, so that baked residues and the metal are fully and directly taken out or poured out of the baking container together very conveniently, thereby avoiding the trouble of cleaning the baked residues after use.
 4. The finished product with the fixed shape obtained by mixing and processing the tobacco and the metal high-thermal conductor according to claim 1, wherein the tobacco and another substance are mixed together and processed; the another substance may be the metal high-thermal conductor or a porous substance used for absorbing and storing liquid such as tar produced during baking of the tobacco or other substances which can absorb or dilute harmful substances generated during baking of the tobacco; or the tobacco and a plurality of other substances are mixed together and processed.
 5. The finished product with the fixed shape obtained by mixing and processing the tobacco and the metal high-thermal conductor according to claim wherein an addition ratio of the tobacco to the metal high-thermal conductor and other substances is controlled without changing the shape and the volume of the processed finished product to precisely control the use amount of the tobacco, thereby facilitating the control of smoking and scientific smoking cessation. 